yes, Movement of substance down its concentration gradient is a passive transport because it going from high concentration to a low concentration, so it does not require any energy.
Yeah
Yes.
active transport eduction. this is the process in which this moves across. peanut butter jelly time
passive transport Movement down a concentration gradient is known as diffusion.
active transport requires the use of energy aka ATP and is usually against the concentration gradient. passive transport does not require energy because it moves in response to the concentration gradient.
no because it is a form of passive transport. only active transport requires energy. facilitated diffusion just means that it cant be just absorbed through the membrane, it must go through specific chanels or be helped by transport proteins. but because facilitated diffusion moves from higher to lower concentrations, it requires no energy.
Active transport
passive transport Movement down a concentration gradient is known as diffusion.
passive transport Movement down a concentration gradient is known as diffusion.
False
active transport eduction. this is the process in which this moves across. peanut butter jelly time
Active transport, or reverse osmosis; depending upon conditions.
diffusion
passive transport Movement down a concentration gradient is known as diffusion.
active transport requires the use of energy aka ATP and is usually against the concentration gradient. passive transport does not require energy because it moves in response to the concentration gradient.
the concentration gradient will help to bring stuff into the cell and to move stuff out. Osmosis likes to move with the concentration gradient. Moving with a concentration gradient is passive transport and moving against it is active transport
If a substance moves down its concentration gradient, it means that it is moving from an area where it has a high concentration to an area where it has a low concentration. This is known as diffusion.
Active transport. This is movement of molecules against the concentration gradient.
The larger the concentration gradient (bigger difference between the two solutes across semipermeable membrane) the faster the rate of diffusion.